A. Tsyb Medical Radiological Research Centre - branch of the
National Medical Research Radiological Centre of the
Ministry of Health of the Russian Federation*,
DST Fund**
WATER'S ABILITY TO REPRODUCE
INFORMATIONAL COPIES OF
BIOLOGICALLY ACTIVE SUBSTANCES.
Experimental studies
B.P. Surinov*, K.G. Khaсhumova**, E.P. Germanov**, A.A. Fedorenko**
It is known that chemical and biological agents can produce
low-intensive electromagnetic fields. Remote reproduce
properties of biologically active substances by using their
characteristic electromagnetic radiation has been known for a
relatively long time (J. Benveniste et al., 1987, 1988, 1998; L.
Montagnier et al., 2009, 2012). The mechanisms of such
phenomena have not a clear theoretical justification.
It was shown previously that the ability of low-intensive laser
radiation to reproduce the basic properties of individual drugs in
neutral carrier, presumably due to induced secondary radiation
(B. P. Surinov et al., 2012, 2013, 2014).
To do this, they (tablets, ampoules with solution) were placed
on a neutral carriers (substrate) - CD- or DVD-compact disc - and
within 2-3 minutes exposured to the drug with laser radiation
(the source of 5mW, wavelength 650 nm).
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As a result, the carrier of about 1.5 months of retained the
ability to influence the properties of water or saline solution,
placed it in a glass vessel for 15-20 minutes.
These solutions are designated as information copy 1 (IC 1)
of drugs.
Option IC 2 was obtained remotely through the Internet using
technology developed by the DST Fund
(http://www.newpharm.ru, http://www.dst-fund.ru).
The study was performed in accordance with the requirements
of preclinical testing of medicines. The value was only
statistically significant data.
Most of the experiments were performed in a blind variant in
two or more independent experiments.
Studies conducted on laboratory outbred adult mice.
The first device for making copies of immunoglobulin E J.
Benveniste created on the bases of audio amplifier
BAS - Biologically active substance; IC – Information copy
Solution of BAS
Water with IC of BAS
Electromagnetic
coils
Amplifier
In 1997-2000 J. Benveniste has developed an equipment and
set experiments on transfer energy-informational signal of
ecetylcholine to a distance (from the USA to France) via the
internet
Solution of BAS
Water with IC of BAS
internet
Converter
Personal
Computer
Personal
Computer
Nobel laureate Luc Montagnier in 2009 demonstrated
transmission via the Internet reproduction prepared of
DNA in solution of precursors
The technology of obtaining IC via PC and transfer via the
Internet, developed by “DST Fund”
(newpharm.ru, icmedicals.com)
In the work the results presented here in the form IC-2
Glass of water
Internet
Personal
Computer
Activated Compact-Disc
Experience with Dexon - fluorinated homologue hydrocortisone
Immunological indices (% to the control - intact mouse) of the spleen of
irradiated mice for 8 days placed in drinkers samples (IC1 and IC2) of water,
exposed on activated Dexon disks.
IC1 and IC2 Dexona reduces immune reactivity. This effect is equal to the
action of a substance Dexon
%
120
Control
100
80
+ IC 1
60
*
40
*
+ IC 2
20
0
mass
nambe of cells
*- significant different from Control,
AFC – number of antibody forming cells
AFC
The introduction of the substance of Dexona with
IС Dexon immunosuppression increases.
It is assumed that this indicates the difference in
the targets of the substance of Dexona and IC2.
*- significant different from Control; ** - significant different from Dexon
AFC – number of antibody forming cells
Immunological indices (% to the control) in irradiated (1 Gy)
mice after 3 times introduction of 0.5 ml of saline, exposed
to irradiation of Arbidol.
IC copy of Arbidol increases the capacity for immune
response that was reduced by radiation.
*- significant different from Control; ** - significant different from IC
AFC – number of antibody forming cells
1 nм
 Fullerene C60 is the
representative of the fourth allotropic
forms of carbon. Only consists of 60
carbon atoms.
We used the hydrated fullerene C60.
The drug manufacturer in IPAC
("Institute of physiologically active
compounds", Kharkov, Ukraine)
Immunological indices (% to the control - intact mice) of the spleen of
irradiated mice which were injected (i/p) for 3 days with 0.5 ml samples
of information copies of hydrated fullerene C60 (saline, exposed to the
CD-ROM without activation or activated fullerene C60 disks). In
irradiated mice after injection of IC C60 observed stimulation of
immunity in the form of increasing the number of antibody-forming
cells (AFC) in spleen.
*- significant different from Control; ** - significant different from 1Gy
AFC – number of antibody forming cells
The effect of L-thyroxine on immunological
parameters (M±m) of intact and stressed mice
350
*
300
250
сontrol
200
stress
150
*
100
stress + IС2
L-thyroxine
50
0
mass
number of
cells
AFC
*- significant different from Control; ** - significant different from
AFC – number of antibody forming cells
stress;
Olfactory attractant properties (ability to olfactory attract the recipient
mice) of substances pheromone analogues of 2,3- and 2,5dimethylpyrazine (2,3- and 2,5-DMP), its IC1 and CD-ROM disks, these
substances activated with laser. The substance 2,3-DMP attracts, and 2,5DMP repels intact recipients. Similar properties have their IC1 (water,
exposed on the respective discs) and the discs themselves.
The data presented here
confirm the hypothesis about
the involvement of
electromagnetic fields in the
perception of odors, which is
supported by a number of
authors. For Example Turin L. A Spectroscopic
Mechanism for Primary
Olfactory Reception //Chem.
Senses, 21:773–791, 2006.
The chemical structure of the investigated drugs
Arbidol (Umifenovir)
Dexametason
L-thyroxine
Fullerene С60 = The mineral
Comparative spectral analysis of water samples, Arbidol activated
radiation and water exposed to disk without radiation was performed E.P.
Germanov, M.N. Zhadin and N.V. Bobkova («DST Fund») with the help
dr. Settimo Grimaldi in Rome (Institute of Neurology and Molecular
Medicine).
Examples of multiplication of IC2 Dexon
In the second vessel is reproduced activity of IC2 Dexon
Dilution 1/50
IC Dexon
1/50
Activated compact-disc
Number of AFC=31,8 ± 8.3%
Number of AFC=35,2 ± 2.9%
Examples of multiplication of IC2 Dexon
In the second vessel is reproduced activity of IC2 Dexon
Communicating vessel
(the blend is not available)
IC Dexon
Activated compact-disc
Number of AFC=31,8 ± 8.3%
Number of AFC=38,2 ± 9.2%
Examples of multiplication of IC Dexon
In the second vessel is reproduced activity of IC Dexon
Platinum wire
IC Dexon
Activated compact-disc
Number of AFC=31,8 ± 8.3%
Number of AFC=64,8 ± 9.0%
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Davenas E., Beauvais F., Amara J., Oberbaum M., Robvizon B., Miadonna A., Tedeschi
A., Pomeranz B., Fortner P., Belon P., Sainte-Laudy J., Poitevin B. & Benveniste J.
Human basophil degranulation triggered by very dilute antiserum against IgE // Nature,
1988, 816-818.
Benveniste J., Jurgens P., Hsueh W., Aissa J. Transatlantic transfer of digitized antigen
signal by telephone link // J. Allergy clin. Immunol., 99(175), 1997.
Benveniste J., J. Aïssa, P. Jurgens,W. Hsue. Specificity of the digitized molecular
signal // FASEB, 1998.
Montagnier L., Aissa J., Ferris S., Montagnier J.-L., Lavallee C. Electromagnetic signals
are produced by aqueous nanostructures derived from bacterial DNA sequences // Inter.
Sci. Comput. Life Sci. 2009,1(2):81–90.
Montagnier L., Lavallee C., Aissa J. Patent US 0,024,701 A1. General procedure for the
identification of DNA sequences generating electromagnetic signals in biological fluids
and tissues, 2012.
Montagnier L., Aissa J., Del Guidice E., Lavalle C., Tedeschi A., Vitiello G. DNA waves
and water //Journal of Physics: Conference Series 306 (2011): 012007.
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Turin L. A Spectroscopic Mechanism for Primary Olfactory Reception // Chem. Senses,
21:773–791, 2006.
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Khachumova K. G., Surinov B. P., Voeikov V. L., Hermanov E. P., Fedorenko A. A.
Technologies that make the call modern thinking: the transmission properties of drugs
on the lines // JFNN rus, 2014, 5(2), 108-117.
Сonclusions
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The results of the experiments indicate the possibility to obtain an
information copy (IC) of biologically active substances on neutral
carriers, store them, transmit on long distances and reproduce in the
aquatic environment.
The difference between the properties of such copies of the chemicals
can help to overcome some of the problems the drug use. Example: IC
to penetrate through physiological barriers; IC can be stored for long
periods; the introduction of an unstable drug in the form of the IC does
not preclude its rapid destruction in the body.
These data can serve as stimulus for the development of new
fundamental concepts in biology, pharmacology, biophysics, etc. The
results of the experiments and the literature data are sometimes
contradictory, which is understandable their high novelty.
The described experiments were carried out in accordance with the
requirements of objectivity, which was repeatedly reproduced, is
supported by clinical observations and by independent researchers.
Thank you !